It does not look at all like a fuse. That the end of the genome is going to decay after a time triggering something after the replication has resulted in the tail being cut.
If one part is fake, everything is fake. If this isn't the real genome, there is no reason to discuss it at all.
But if it is real, inserting a tail in the genome is like setting up a fuse. When you copy genetic information, it's 99.99%. Then, eventually it becomes 99.98%. Once you copy it enough times, the tail is gonna be cut off and the end-sequence is gonna trigger. There are some people talking about this kind of mechanism being present in the human and mammal genome with the ribosome-tail. Once the genetic information has been copied enough times, people die. Incubation-time can make viruses more devastating. An extra timer in addition to this would be a very bad thing.
It does not look at all like a fuse. That the end of the genome is going to decay after a time triggering something after the replication has resulted in the tail being cut.
If one part is fake, everything is fake. If this isn't the real genome, there is no reason to discuss it at all.
But if it is real, inserting a tail in the genome is like setting up a fuse. When you copy genetic information, it's 99.99%. Then, eventually it becomes 99.98%. Once you copy it enough times, the tail is gonna be cut off and the end-sequence is gonna trigger. There are some people talking about this kind of mechanism being present in the human and mammal genome with the ribosome-tail. Once the genetic information has been copied enough times, people die. Incubation-time can make viruses more devastating. An extra timer in addition to this would be a very bad thing.